using System;

using ColorHelper;

public class Program

{

    public static void Main()

    {

        var rgb = new RGB(0xf8, 0x78, 0x40);

        var yuv = ColorConverter.RgbToYuv(rgb);

        var steps = 32.0;

        var y = yuv.Y;

        var ystep = y / steps;

        var u = yuv.U;

        var ustep = u / steps;

        var v = yuv.V;

        var vstep = v / steps;

        double r = rgb.R;

        double rstep = r / steps;

        double g = rgb.G;

        double gstep = g / steps;

        double b = rgb.B;

        double bstep = b / steps;

        var rgbrgb = new RGB((byte)Math.Round(r), (byte)Math.Round(g), (byte)Math.Round(b));

        var rgbyuv = ColorConverter.YuvToRgb(new YUV(y, u, v));

​

        //Console.WriteLine("{0:000}-{3:000},  {1:000}-{4:000},  {2:000}-{5:000}", rgbrgb.R,rgbrgb.G,rgbrgb.B,rgbyuv.R,rgbyuv.G,rgbyuv.B);

        Console.WriteLine("{0:x2}-{3:x2},  {1:x2}-{4:x2},  {2:x2}-{5:x2}", rgbrgb.R,rgbrgb.G,rgbrgb.B,rgbyuv.R,rgbyuv.G,rgbyuv.B);

        for(int i = 0; i < steps; i++)

        {

​

            r-= rstep;

            g-= gstep;

            b -= bstep;

            rgbrgb = new RGB((byte)Math.Round(r), (byte)Math.Round(g), (byte)Math.Round(b));

​

            y -= ystep;

            //u -= ustep;

            //v -= vstep;

            rgbyuv = ColorConverter.YuvToRgb(new YUV(y, u, v));

​

            //Console.WriteLine("{0:000}-{3:000},  {1:000}-{4:000},  {2:000}-{5:000}", rgbrgb.R,rgbrgb.G,rgbrgb.B,rgbyuv.R,rgbyuv.G,rgbyuv.B);

            Console.WriteLine("{0:x2}-{3:x2},  {1:x2}-{4:x2},  {2:x2}-{5:x2}", rgbrgb.R,rgbrgb.G,rgbrgb.B,rgbyuv.R,rgbyuv.G,rgbyuv.B);

        }

​

    }

}